Harmony-Doc/api/Include__components_8h_source.html

#ifndef INCLUDE_COMPONENTS_H

#define INCLUDE_COMPONENTS_H


// ELEMENTS

#include "./Elements/Element.h"


// Impedances

#include "./Elements/Impedance/Impedance_base.h"

#include "./Elements/Impedance/Admittance.h"

#include "./Elements/Impedance/Impedance.h"

#include "./Elements/Impedance/Resistor.h"

#include "./Elements/Impedance/Capacitor.h"

#include "./Elements/Impedance/Inductor.h"


// Loads

#include "./Elements/Load/Load_base.h"

#include "./Elements/Load/Load.h"

#include "./Elements/Load/Load_PQ.h"


// Switches and Breakers

#include "./Elements/Switch/Switch.h"


// Transformers

#include "./Elements/Transformer/Transformer_base.h"

#include "./Elements/Transformer/Transformer_real.h"

#include "./Elements/Transformer/Transformer_classic.h"

#include "./Elements/Transformer/Transformer_Delta_Delta.h"

#include "./Elements/Transformer/Transformer_Y_Delta.h"

#include "./Elements/Transformer/Transformer_Delta_Y.h"

#include "./Elements/Transformer/Transformer_Delta_Y_real.h"

#include "./Elements/Transformer/Transformer_Y_Y.h"

#include "./Elements/Transformer/Transformer_Y_Y_real.h"


// Sources

#include "./Elements/Source/AC_source.h"

#include "./Elements/Source/Generator.h"

#include "./Elements/Source/DC_source.h"


// Lines

#include "./Elements/Transmission_Line/Transmissionline.h"

#include "./Elements/Transmission_Line/overhead_line.h"

#include "./Elements/Transmission_Line/Cable.h"


// Power Electronics

#include "./Elements/Converter/Converter.h"

#include "./Elements/Converter/MMC.h"

//#include "./Elements/Converter/Simple_MMC.h"


// RES

#include "./Elements/RES/RES_base.h"

#include "./Elements/RES/WT_type_3.h"

#include "./Elements/RES/WT_type_4.h"

#include "./Elements/RES/WP_plant.h"

#include "./Elements/RES/PV_plant.h"


#include "./Solver/State_Space_Model/State_Space_Model.h"


#endif // !INCLUDE_COMPONENTS_H


AC_source.h
Ideal AC voltage source with series internal impedance.

Admittance.h
Generic multi-phase admittance element with symbolic or numeric values.

Cable.h
Underground or aerial multi-conductor cable with layered geometry.

Capacitor.h
Capacitor element with frequency-domain admittance Y = sC.

Converter.h
Base class for power electronic converters with state-space models.

DC_source.h
Ideal DC voltage source with optional series impedance.

Element.h
Abstract base class for all electrical network components.

Generator.h
Synchronous generator source model.

Impedance.h
Generic multi-phase series impedance element with symbolic or numeric Z values.

Impedance_base.h
Base class for passive impedance-type network elements.

Inductor.h
Inductor element with frequency-domain admittance Y = 1/(sL).

Load.h
Series R-L-C load model for AC and DC networks.

Load_PQ.h
Constant active and reactive power (PQ) load model.

Load_base.h
Base class for load elements connected to network buses.

MMC.h
Modular Multilevel Converter (MMC) state-space and MNA model.

PV_plant.h
Aggregated PV plant with boost converter and grid-connected inverter.

RES_base.h
Base class for renewable energy source (RES) plant models.

Resistor.h
Resistor element for nodal admittance (MNA) stamping.

State_Space_Model.h
State-space model assembly from network MNA formulation.

Switch.h
Multi-phase switch element for open/closed branch control.

Transformer_Delta_Delta.h
Delta-delta (Δ-Δ) classic transformer topology.

Transformer_Delta_Y.h
Delta-wye (Δ-Y) classic transformer topology.

Transformer_Delta_Y_real.h
Delta-wye (Δ-Y) real transformer topology.

Transformer_Y_Delta.h
Wye-delta (Y-Δ) classic transformer topology.

Transformer_Y_Y.h
Wye-wye (Y-Y) classic transformer topology.

Transformer_Y_Y_real.h
Wye-wye (Y-Y) real transformer topology.

Transformer_base.h
Base class for transformer models with winding R-L parameters.

Transformer_classic.h
Classic two-winding transformer with mutual inductance.

Transformer_real.h
Real transformer model with turns ratio and phase shift.

Transmissionline.h
Lumped-parameter transmission line model with distributed R, L, G, C.

WP_plant.h
Wind power plant aggregating one or more wind turbine models.

WT_type_3.h
Type 3 doubly-fed induction generator (DFIG) wind turbine model.

WT_type_4.h
Type 4 full-converter wind turbine model.

overhead_line.h
Overhead transmission line with conductor bundle and ground-wire geometry.